Mine & quarry facilities
Power for site offices, workshops, accommodation and associated infrastructure, sized to the equipment being supplied.
Reliable Power for Mining & Remote Infrastructure
Remote operations need power systems built for more than ideal conditions.
MyEnergy Engineering designs, builds and installs standalone and hybrid power systems for mines, exploration camps, communications sites, water infrastructure and other remote facilities. Our systems combine solar, battery storage, generators and intelligent controls to provide reliable power where grid supply is unavailable, unreliable or too costly to extend.
From an isolated monitoring station to a multi-megawatt operation, we deliver complete power systems designed around the site's load, operating conditions, access constraints and plans for future growth.
Mining & remote infrastructurePower systems
Power systems
built for remote work.
Standalone and hybrid power for site facilities, camps, water infrastructure and remote operations—designed, built and supported by MyEnergy.
We plan the complete supply around site loads, access, operating conditions and serviceability, from a compact cabinet to a containerised power system.
See our project experience
Site-led engineeringLoads, duty cycles and critical services
Built before deliveryAssembly and testing where practical
Support beyond handoverMonitoring, servicing and upgrades
Designed around your industryDistance changes
Distance changes
the design brief.
Fuel deliveries, maintenance access and changing loads all matter when power is needed away from a practical grid connection. We assess the site as a complete operation, with clear priorities for essential equipment, backup and future expansion.
Water & essential services
Solar, battery and generator systems for pumping, treatment and other infrastructure with sustained operating demands.
Remote camps & communications
Cabinet or container systems for isolated facilities, with controls and monitoring matched to site requirements.
Systems we build01 02 03
Engineered for operation and access.
Load & backup planning
Review starting currents, operating peaks, essential circuits and the required generator or battery support.
Equipment & enclosure
Select cabinet, skid or container construction around system size, environmental exposure, transport and maintenance access.
Controls & serviceability
Define monitoring, alarms, operating modes and the documentation needed by the people responsible for the site.
Experience in the field
See the systems we’ve built.
Real MyEnergy installations, designed around the site and the work the power system needs to do.
Water treatment infrastructure
Alano Utilities, Callington
A 20ft containerised system built at MyEnergy HQ for a treatment plant without a grid connection, combining 99.6kW of solar and 96kWh of battery storage.
Explore the project
Power for site rooms & facilities
Yankalilla Quarry
A pre-built cabinet system and roof-mounted solar, sized around the quarry facilities’ daytime use and installed within a nearby shed.
Explore the projectDesigned, built & supported by MyEnergyFrom the site brief
From the site brief
to commissioned power.
We bring the power system together—from the first assessment and equipment selection to installation, commissioning and ongoing support.
Define the requirements
Review loads, generator records, access, operating hours and any required redundancy.
Engineer the package
Develop equipment selection, protection, controls, layout and an expansion pathway.
Build, test and deploy
Pre-assemble and test where practical, then complete installation and commissioning to the agreed scope.
Support the operation
Provide monitoring and maintenance support aligned with site access and operator requirements.
Before you startPlanning your
Planning your
power system.
Talk to us about the site, existing equipment and what you need the system to achieve.
Talk to our teamCan you work with our project team?
Yes. We can work with operators, engineering consultants, EPC contractors and infrastructure providers to define and deliver the power-system scope.
Can existing generators be integrated?
We assess generator capacity, condition, controls and operating requirements before selecting the integration approach.
What information is needed for an initial concept?
Site location, load data, equipment schedules, generator records and future plans are a useful starting point. Access and environmental requirements also shape the design.
Define the site requirements
Bring us the site brief. We’ll work through the power.
From temporary infrastructure to an established operation, the power scope needs to match the loads, access and project stage. Share the requirements your team is working to.
Our Mining and Remote Power Solutions
Standalone Power Systems
Complete off-grid systems combining solar generation, battery storage and generator backup. These systems can support anything from small telemetry installations to workshops, camps and large operational facilities.
Hybrid Solar, Battery and Generator Systems
Hybrid systems use solar and stored energy as the primary supply, with generators available when additional capacity or backup is required. Correctly designed controls can substantially reduce generator runtime, fuel consumption, servicing and unnecessary light-load operation.
Containerised Power Systems
Pre-engineered and project-specific containerised systems can combine inverters, batteries, switchboards, controls and communications in a transportable format. This reduces site construction, simplifies deployment and allows much of the system to be assembled and tested before delivery.
Power System Upgrades
We can assess and upgrade existing remote systems where load growth, ageing equipment or poor system performance has created reliability issues. This may include additional solar, increased battery capacity, generator integration, inverter upgrades, new controls or complete system replacement.
Remote Monitoring and Communications
Remote access provides visibility over energy production, battery state, generator operation, alarms and site loads. This allows problems to be identified earlier and can reduce unnecessary travel to isolated sites.
Grid Support and Microgrids
For sites with weak or restricted grid connections, we can develop solar and battery systems that support local loads, manage demand and provide greater control over how the site uses grid and generator power.
Applications
Our systems can be designed for:
- Mine sites and processing facilities
- Exploration camps and temporary operations
- Remote accommodation and administration buildings
- Workshops, sheds and maintenance facilities
- Bore pumps and water treatment systems
- Communications and telemetry sites
- Security, surveillance and monitoring equipment
- Remote airstrips and transport infrastructure
- Agricultural and pastoral operations supporting mining regions
- Island and South Pacific infrastructure
Designed for Remote Conditions
A remote power system needs to remain serviceable long after commissioning. Our designs prioritise proven equipment, clear system architecture, sensible redundancy and components that can be supported in the field.
Depending on the project, we can incorporate:
- N+1 or staged redundancy for critical equipment
- Multiple inverter and charger configurations
- AC- and DC-coupled solar generation
- Lithium battery storage sized for the required autonomy
- Automatic generator start, synchronisation and load control
- Load shedding and critical-load separation
- Black-start and recovery strategies
- Remote alarms, reporting and system access
- Modular equipment for future expansion
- Skid-mounted, cabinet or containerised construction
We also consider heat, dust, humidity, salt exposure, ventilation, transport and restricted access when selecting equipment and developing the system layout.
Why MyEnergy
Proven Remote Power Capability
MyEnergy Engineering has delivered off-grid and hybrid power systems across Australia and the South Pacific since 2010. Our experience includes residential systems, agricultural operations, remote tourism, industrial sites and large-scale infrastructure.
Complete In-House Delivery
Design, cabinet construction, electrical installation, commissioning and ongoing support are handled by our own team. This provides clear responsibility from initial design through to operation.
Systems That Can Grow
Remote sites rarely remain static. We design with realistic allowances for additional accommodation, machinery, pumping, processing or other future loads, giving the system a clear pathway for expansion.
Generator Integration Experience
Generators remain an important part of many remote systems. We design the solar, battery, generator and controls as one operating system, with attention to starting, transfer, charging, loading and recovery behaviour.
Long-Term Product Support
We select equipment based on reliability, compatibility and ongoing support. MyEnergy is a long-standing Victron Energy distributor and service agent, with experience across a broad range of commercial battery, inverter, solar and generator platforms.
Project Experience
Our completed work includes award-winning standalone and hybrid systems for remote stations, robotic dairy operations and island infrastructure. Projects have ranged from compact power cabinets through to large hybrid systems combining extensive solar arrays, battery storage and multiple generators.
This experience allows us to approach each project as a complete power-engineering challenge, not simply a solar installation.
